Astronauts Escape Malfunctioning Rocket

A US astronaut and a Russian cosmonaut were forced to make an emergency landing after their Russian Soyuz rocket malfunctioned en route to the International Space Station (ISS).
Shortly after taking off from Baikonur Cosmodrome in Kazakhstan, Nick Hague and Alexey Ovchinin reported a problem with the rocket’s booster.

The men were forced into a “ballistic descent”, with their capsule landing a few hundred miles north of Baikonur.

They have been picked up by rescuers.

“The search and recovery teams have reached the Soyuz spacecraft landing site and report that the two crew members… are in good condition and are out of the capsule,” US space agency Nasa said.

Russia said it was suspending any further manned flights, and an investigation into what went wrong had begun.

What happened to the rocket?

The launch appeared to be going smoothly, but some 90 seconds later Nasa, on its livestream, reported that a problem seemed to have occurred with the booster rocket between the first and second stages of separation.

Footage from inside the capsule showed the two men being shaken around at the moment that the fault happened.

Shortly afterwards, Nasa said they were making a “ballistic descent” meaning their capsule descended at a much sharper angle than normal and would have been subjected to greater G-force – the force imposed on a body by rapid acceleration.

The capsule separated from the failing rocket and later deployed parachutes to slow its descent.

Analysis: An uncomfortable ride back to Earth

By Jonathan Amos, BBC science correspondent

Soyuz is one of the oldest rocket designs but also one of the safest. The malfunction appeared to occur around what is termed “staging”, where the ascending vehicle goes through the process of discarding its empty fuel segments.

The onboard astronauts were certainly aware that something was not right because they reported feeling weightless when they should have felt pushed back in their seats. The escape systems are tested and ready for exactly this sort of eventuality. It would have been an uncomfortable ride back to Earth, however. The crew would have experienced very sharp deceleration on the return.

There is already much discussion about the current state of Russian industry and its ability to maintain the standards of yesteryear. Whatever the outcome of the inquiry, this event will only heighten those concerns and will underline to the US in particular the need to bring online new rocket systems. These vehicles, produced by the Boeing and SpaceX companies, are set to make their debut next year.

How are the crew?

They seem to have been unharmed by the experience.

Search and rescue teams were quickly on the scene, 500km (310 miles) north-east of Baikonur, near the Kazakh city of Dzhezkazgan.

They reported that Mr Hague and Mr Ovchinin were alive and well.
Map

“The emergency rescue system worked, the vessel was able to land in Kazakhstan… the crew are alive,” Russia’s space agency Roscosmos tweeted. Nasa described them as being in good condition. They reportedly did not need medical treatment.

Nasa added that the two men were being taken to the Gagarin Cosmonaut Training Centre outside Moscow, and it was “monitoring the situation carefully”.

Photos have been released showing the men sitting on a sofa and having their blood pressure and heart rates monitored.

What happens now?

Russia’s Deputy Prime Minister Yuri Borisov said no further manned missions would take place “until we believe that the entire situation guarantees safety”.

He rejected suggestions it could harm US relations, saying they recognised it was a “hi-tech industry linked to risk”, but he added: “We certainly won’t conceal the reasons, it is uncommon for such situations”.

The crew already on the ISS will not be affected by Thursday’s aborted mission, Russia’s Tass news agency reported, quoting an unnamed source as saying they have enough supplies.

Have there been similar incidents in the past?

Thursday’s incident is thought to be the first launch mishap for a Russian Soyuz booster since a Soyuz mission was aborted in 1983. A rocket malfunctioned shortly after launch, and the crew vehicle was ejected to safety.

In recent years, Russia’s space programme has faced a number of technical failures – 13 since 2010.

Last year, contact was lost with a Soyuz rocket’s Fregat upper stage, which was carrying a new weather satellite and 18 secondary satellites.

Earlier in 2017, at least nine of a payload of 73 satellites were reported “dead on arrival or severely degraded” after separation from their Soyuz-2.1 launch vehicle

In August, a hole appeared in a Soyuz capsule already docked to the ISS which caused a brief loss of air pressure and had to be patched. In this instance, Russia said the hole may have been drilled “deliberately”.

One of the most serious but non-fatal US incidents involved Apollo 13 – a mission to the Moon in 1970. An oxygen tank exploded two days after launch causing a loss of power and leading to the mission being aborted. The crew were able to carry out repairs and return to Earth six days later.

While space missions may often encounter technical difficulties, fatalities have been relatively rare:

2003: Seven astronauts died when the Columbia Space Shuttle broke up up on re-entry into the Earth’s atmosphere due to a damaged heat shield

1986: Seven astronauts died when the fuel tank on board Space Shuttle Challenger exploded after lift off because of faulty seals on the booster rockets

1971: The three-men crew aboard Soyuz 11 suffocated as the result of an air leak after undocking from the Salyut 1 space station. They were found dead inside the capsule after landing

1967: Crash of Soyuz 1, with one cosmonaut killed as the spacecraft’s parachute, intended to slow down descent, became tangled on re-entry